- play_arrow CSDS Architecture Overview
- play_arrow CSDS Deployment Overview
- play_arrow CSDS Deployment Scenarios and Topologies
- Deployment Scenarios and Topologies
- CSDS Dual MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Multinode HA)
- CSDS Single MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Standalone)
- CSDS Single MX Series (CSDS Traffic Orchestrator) and Scaled-Out SRX Series Firewalls (MNHA)
- CSDS Dual MX Series (CSDS Traffic Orchestrator) and Scaled-Out SRX Series Firewalls (MNHA)
- play_arrow ECMP-Based Consistent Hashing in CSDS
- How CSDS Works with ECMP Based Consistent Hashing
- IPsec VPN Traffic Flow in Single MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Standalone)
- NAT Traffic Flow in Single MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Standalone)
- Stateful Firewall Traffic Flow in Single MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Standalone)
- Stateful Firewall and NAT Traffic Flow in Dual MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Multinode HA)
- play_arrow CSDS Traffic Orchestrator
- How Does CSDS Traffic Orchestrator Work
- IPsec VPN Traffic Flow in Single MX Series (CSDS Traffic Orchestrator) and Scaled-Out SRX Series Firewalls
- NAT Traffic Flow in Single MX Series (CSDS Traffic Orchestrator) and Scaled-Out SRX Series Firewalls
- Stateful Firewall Traffic Flow in Single MX Series (CSDS Traffic Orchestrator) and Scaled-Out SRX Series Firewalls
- play_arrow vSRX Orchestration with JDM in CSDS
- play_arrow Configure CSDS
- Example: Single MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Standalone) for IPsec VPN
- Example: Single MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Standalone) for NAT and Stateful Firewall
- Example: Dual MX Series (ECMP Based Consistent Hashing) and Scaled-Out SRX Series Firewalls (Multinode HA) for NAT and Stateful Firewall
- Example: Single MX Series (CSDS Traffic Orchestrator) and Scaled-Out SRX Series Firewall (MNHA) for Stateful Firewall
- Configure Junos Node Unifier for CSDS
- Install and Configure Junos Device Manager for CSDS
Junos Node Unifier for CSDS
Learn about Junos Node Unifier (JNU) for Connected Security and Distributed Services (CSDS) architecture and its benefits.
What is JNU
Juniper Networks Connected Security Distributed Services (CSDS) architecture consists of multiple network devices to support forwarding and security services layers. Juniper Networks Junos Node Unifier (JNU) is a single touch point management solution to effectively manage the network devices in CSDS architecture. JNU simplifies the management and operation of the network devices running Junos operating system (OS). JNU provides unified command line interface (CLI) view of devices in the forwarding and services layers within the CSDS topology.
You can perform the following tasks using JNU:
Configure and manage the nodes using the Junos OS configuration commands.
Run the Junos OS operational mode commands.
Benefits of JNU
Simplified management—JNU provides a centralized view for managing multiple devices, allowing you to control the entire network infrastructure from a single touch point. This reduces the complexity and effort required to manage individual devices.
Enhanced visibility—JNU consolidates various management tasks using a single platform streamlining operational workflows. This leads to increased efficiency and enhanced monitoring capabilities.
Improved security—Centralized management ensures effective implementation and monitoring of security measures, reducing the vulnerabilities and enhancing the overall security posture of the network.
Scalability—JNU accommodates the increasing number of nodes without much additional effort.
Change History Table
Feature support is determined by the platform and release you are using. Use Feature Explorer to determine if a feature is supported on your platform.
